Hey, Your videos are amazing for students n structual engineerig. Well done 🙂. Is it possible for you to show us a step by step video of analysing a 6 multy storey building from start to finish. Calculations of dead + live loads. Structual analysis ( statics of the whole building with frames). Finding the momemts, shear, normal and tortion in every element. Or by using andvanced FEM design hand calculatated, nodal displacements, bucking, deformation, rotations, etc. Wind load on the building exterior walls. Snow load. Earthquake assumption! Even if possible with geotechnical solutions. Leaving holes in the slab for other technical issues ( ventilation, water, wastewater, etc). Calculating every element, from foundation to columns, to beams, to slabs, walls to roofing. With many different building materials: glass, steel, reinforced concrete, wood, aluminium, etc. It could have been awesome because you know the subject very well. This could have been the greatest thing we could learn the young students. You are awesome🙂👍
Sir i just read this from my notes. Somehow i lost the lecture of moment of inertia and section modulus and you just made it very clear. Sir i have a question is section modulus is first moment of area. Thank you so much .
Could you please do an experiment where you load a beam and then do a theoretical calculation and then see how well the young's modulus from both methods correlate. thanks
No worries, I'm very pleased to have so many subscribers and to have viewers like you :-) If you think other people would like to see these videos, please share them.
Mark French never disappoints. I wish I my had my classes in Lafayette instead of North Central.
Thanks very much. You're welcome to drop by if you're ever in WL :-)
super video, well explained and with an example. love it.
I'm glad you liked it :-)
Very clearly explained!!!
Such a great video!! Thanks!
Hey,
Your videos are amazing for students n structual engineerig. Well done 🙂.
Is it possible for you to show us a step by step video of analysing a 6 multy storey building from start to finish.
Calculations of dead + live loads.
Structual analysis ( statics of the whole building with frames).
Finding the momemts, shear, normal and tortion in every element. Or by using andvanced FEM design hand calculatated, nodal displacements, bucking, deformation, rotations, etc.
Wind load on the building exterior walls.
Snow load.
Earthquake assumption!
Even if possible with geotechnical solutions.
Leaving holes in the slab for other technical issues ( ventilation, water, wastewater, etc).
Calculating every element, from foundation to columns, to beams, to slabs, walls to roofing.
With many different building materials: glass, steel, reinforced concrete, wood, aluminium, etc.
It could have been awesome because you know the subject very well. This could have been the greatest thing we could learn the young students.
You are awesome🙂👍
Thanks! Great explanation!
Brilliant explain
You are the best 👏
Thanks :-) If you think other people would like the videos, please spread the word. I like collecting views.
Sir i just read this from my notes. Somehow i lost the lecture of moment of inertia and section modulus and you just made it very clear. Sir i have a question is section modulus is first moment of area. Thank you so much .
You're most welcome. I'm glad I could help you 'score a save' 👍
Could you please do an experiment where you load a beam and then do a theoretical calculation and then see how well the young's modulus from both methods correlate. thanks
Sir Make video on Springs and Vibration with INTUITION approach
I'm working on it...
How to find the moment
Why should statics be used when we can use strengh of materials , i am referring to equations of static equilibrium, can you help please
சத்தியமா புரியல ஏனென்றால் எனக்கு ஆங்கிலம் தெரியாது. இருந்தாலும் நான் முழுமையாக பார்த்தேன்.😁
Hey sir where are you from?
I feel vvery sad to see that very little subscribers, where the worthless channels have millions.
No worries, I'm very pleased to have so many subscribers and to have viewers like you :-) If you think other people would like to see these videos, please share them.